<p>Under the assumptions of pure density-dependent regulation of naive T-cell numbers (left panels), or the adaptation model (right panels), we simulated recovery from different levels of naive CD4 T-cell depletion at age 200 d (upper panels) and recovery from 50% depletion at different host ages (lower panels). Simulations were performed using the model parameters estimated from the data in ref. [<a href="http://www.plosbiology.org/article/info:doi/10.1371/journal.pbio.2003949#pbio.2003949.ref008" target="_blank">8</a>].</p
<p>Survivorship of PTK7<b><sup>+</sup></b> T cells within the naive T cell pool reflects the proport...
<p>(A) CD4+ T cell dynamics predicted by the two-compartment model. (B) Simulation of the model with...
<p>(A) A simple random birth–death model, with both processes occuring at rates that are constant ov...
What are the rules that govern a naive T cell’s prospects for survival or division after export from...
What are the rules that govern a naive T cell's prospects for survival or division after export from...
T cell homeostasis describes the process through which the immune system regulates cell survival, pr...
An essential branch of the adaptive immune system is formed by T cells which are produced in the thy...
The size and composition of the T lymphocyte compartment is subject to strict homeostatic regulation...
<p>(A) Observed and predicted kinetics of loss of naive CD4 cells taken from young (2 mo) (solid cir...
Naive CD4 and CD8 T cells are cornerstones of adaptive immunity, but the dynamics of their establish...
Each row represents the peak CD4+ T cell response in a Monte Carlo simulation, where 50 realizations...
In this dissertation, we use birth-death-immigration systems of ordinary differential equations to s...
<p>The normalised age distributions of naive CD4 and CD8 T cells were generated using parameters obt...
T cell homeostasis describes the process through which the immune system regulates cell survival, p...
It is widely accepted that the immune system undergoes age-related changes correlating with increase...
<p>Survivorship of PTK7<b><sup>+</sup></b> T cells within the naive T cell pool reflects the proport...
<p>(A) CD4+ T cell dynamics predicted by the two-compartment model. (B) Simulation of the model with...
<p>(A) A simple random birth–death model, with both processes occuring at rates that are constant ov...
What are the rules that govern a naive T cell’s prospects for survival or division after export from...
What are the rules that govern a naive T cell's prospects for survival or division after export from...
T cell homeostasis describes the process through which the immune system regulates cell survival, pr...
An essential branch of the adaptive immune system is formed by T cells which are produced in the thy...
The size and composition of the T lymphocyte compartment is subject to strict homeostatic regulation...
<p>(A) Observed and predicted kinetics of loss of naive CD4 cells taken from young (2 mo) (solid cir...
Naive CD4 and CD8 T cells are cornerstones of adaptive immunity, but the dynamics of their establish...
Each row represents the peak CD4+ T cell response in a Monte Carlo simulation, where 50 realizations...
In this dissertation, we use birth-death-immigration systems of ordinary differential equations to s...
<p>The normalised age distributions of naive CD4 and CD8 T cells were generated using parameters obt...
T cell homeostasis describes the process through which the immune system regulates cell survival, p...
It is widely accepted that the immune system undergoes age-related changes correlating with increase...
<p>Survivorship of PTK7<b><sup>+</sup></b> T cells within the naive T cell pool reflects the proport...
<p>(A) CD4+ T cell dynamics predicted by the two-compartment model. (B) Simulation of the model with...
<p>(A) A simple random birth–death model, with both processes occuring at rates that are constant ov...